Aramid threading tapes are manufactured using aramid 1414 fiber as the base material. Featuring a unique structure, they offer irreplaceable value across various industrial and protective sectors. They are frequently used in paddleboard. production lines as wear-resistant, high-temperature-resistant components on paper-carrying machinery, boasting a long service life—typically around two years.
The production process for aramid threading tapes generally consists of two main stages: fiber production and tape weaving.
Polymerization: A polymerization process appropriate for the specific type of aramid fiber is employed; the polymer meeting required specifications is obtained through polymerization, filtration, washing, and drying.
Spinning: The polymer is dissolved to make a spinning solution, which is then extruded through the spinning holes to form fibers. After solidification, washing, drying and stretching processes, aramid fibers are obtained.
Warping: Aramid fibers are wound onto a warp beam according to specifications to form the warp yarn system; tension is strictly controlled to ensure uniform warp alignment.
Weaving: Aramid warp and weft yarns are interlaced on a loom according to a specific structure to form aramid greige fabric; the appropriate weaving process and loom type are selected based on the requirements for the aramid threading tape.
Subsequent finishing: Based on product performance and application requirements, the paper guide tape undergoes heat setting, coating, and other post-cleaning treatments to improve its dimensional stability, abrasion resistance, and overall performance.
Industrial and environmental protection equipment: threading aramid tape can be used as a structural material for conveyor belts and machinery manufacturing, meeting the requirements of high strength and corrosion resistance. It can also be used in cement plants, steel plants, etc., as a high-temperature smoke and fire filter material.
Safety protection equipment: threading aramid tape can also be used for bulletproof vests, helmet liners, fire rescue ropes and high-temperature work clothes, relying on their high strength and flame retardancy to protect personnel safety.
Construction field: reinforcement materials for seismic reinforcement of buildings, bridge repair, etc., as well as sports equipment such as racing seats and skateboards.
Threading aramid tape benefits from the advantages of aramid fiber itself, which enables it to be widely used in various high-intensity environments. It has ultra-high strength while being lightweight. The strength of the paper guide tape is 5-6 times that of high-quality steel, the modulus is 2-3 times that of steel and glass fiber, and the weight is only one-fifth of that of steel.
Extreme temperature adaptability: threading aramid tape can withstand extreme temperatures from -196 to 204℃ and can withstand high temperatures of 560℃ for a short period of time without melting. It can maintain dimensional stability without shrinkage at 150℃.
Strong chemical stability: They are resistant to acid and alkali corrosion, abrasion, and puncture, and possess flame-retardant properties. The high strength, low shrinkage, and high insulation of the threading aramid tape make it ideal for electrical equipment.
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